降雨和降雨日数对棕榈油生产的影响

Wandha Atmaka Aji, Subakho Aryo Saloko, I. Kurniawan, Mukti Ahmad Nurcahya
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引用次数: 4

摘要

对于不使用灌溉系统的棕榈油工厂来说,决定水分供应的因素之一是降雨。水的可用性是限制棕榈油植物生产水平的一个主要因素。油棕植物在田间的可用水量是从降雨数据中获得的。该研究于2021年6月至2021年7月在加里曼丹省中部Lamandau Regency的PT. Menthobi Makmur Lestari进行。本研究采用二次数据分析,包括新鲜果束(TBS)生产成分数据,以果束数、平均果束重、生产主体数、种子果束重的成分形式;关于TBS生产的数据;降雨数据;2017年、2018年、2019年6个区月度雨天数据。分析结果表明,变雨量和阴雨天对5年TBS产量的增加有实际影响。在1%的检验水平下,12、15和18年的相关结果表明,变量降雨量与阴雨天之间存在较强的、真实的、单向的关系。降雨量与连续阴雨天的相关值为0.892;0887;0.855,显著性值为0.000。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Effect of Rainfall and Rain Days On Palm Oil Production
One of the determining factors for water availability for palm oil plants that do not use irrigation systems is rainfall. The availability of water is a major factor that limits the level of production of palm oil plants. The availability of water for oil palm plants in the field is obtained from rainfall data. This research was conducted at PT. Menthobi Makmur Lestari, Lamandau Regency, Central Kalimantan Province, from June 2021 to July 2021. This study uses secondary data analysis including data on of fresh fruit bunches (TBS) production components in the form of components of the number of fruit bunchesg, average fruit bunches weight, number of productive principals, seed fruit bunches weight; data on the production of fres TBS; rainfall data; and monthly rainy day data in 2017, 2018 and 2019 in 6 Divisions. The results of the analysis showed that variable rainfall and rainy days had a real effect on the increase in TBS production at the age of 5 years. Correlation results in plants aged 12, 15 and 18 years with a two-way analysis at the test level of 1% showed the variable rainfall and rainy day had a strong, real and unidirectional relationship. The correlation value of rainfall and consecutive rainy days is 0.892; 0,887; and 0.855 with significance value of 0.000.
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